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YWUEDICHCC2011,CCIS163,PP269–275,2011SPRINGERVERLAGBERLINHEIDELBERG2011CASEBASEDDESIGNFORHYDRAULICPOWERCIRCUITCHIMANVONG,PAKKINWONG,WENGFAIIP,ANDZHIXINYANGFACULTYOFSCIENCEANDTECHNOLOGY,UNIVERSITYOFMACAU,MACAU{CMVONG,FSTPKW,ANDYIP,ZXYANG}UMACMOABSTRACTTHISPAPERDESCRIBESTHEDESIGNANDIMPLEMENTATIONOFANAUTOMATICHYDRAULICCIRCUITDESIGNSYSTEMUSINGCASEBASEDREASONINGCBRASONEOFTHESUCCESSFULARTIFICIALINTELLIGENCEPARADIGMSTHEDOMAINOFCASEBASEDREASONINGANDHYDRAULICCIRCUITDESIGNAREBRIEFLYREVIEWEDTHENAPROPOSEDMETHODOLOGYINAUTOMATICCIRCUITDESIGNANDLEARNINGWITHTHEUSEOFCBRISDESCRIBEDFINALLYANAPPLICATIONEXAMPLEHASBEENSELECTEDTOILLUSTRATETHEUSEFULNESSOFAPPLYINGCBRININDUSTRIALHYDRAULICCIRCUITDESIGNWITHLEARNINGKEYWORDSCASEBASEDREASONINGCBR,ADAPTATIONCASE,HYDRAULICCIRCUITDESIGN1INTRODUCTIONTHEUSEOFCOMPUTERSINENGINEERINGDESIGNHASBECOMEAMAJORTRENDININDUSTRYTODAY,DIFFERENTCOMMERCIALAUTOMATICCOMPUTERAIDEDDESIGNCADSOFTWAREISAVAILABLETOAUTOMATETHEDESIGNPROCESSINMANYENGINEERINGAPPLICATIONSHOWEVER,CADSOFTWAREINHYDRAUL
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